Device can be connected to pull air directly from ventilated room or air duct system. Not suitable for polluted air or volatile and explosive gases.

Transcription

1 VSV VSVI Features Power supply Temperature range Sizes Construction Installation Speed control options 9 sizes; Airflow up to 5300 m 3 /h; Vertical exhaust; Backward-curved plastic or galvanized steel impeller; Acoustically insulated VSVI version; Cost-effective. 30V/50/f or /50/3f. From -5 C up to 40/60 C, depending on size. -S, 3-4, 3-4 3, 355-4, , 400-4, , 450-4, , 450-6, , -4 3, -6 3, , , , , , , Casing: galvanized steel or aluminium; Motor protected from external objects; Acoustic and thermal wall insulation 50mm (VSVI only); Fan: centrifugal impeller and external rotor motor; Motor protection with built-in thermal-contact; Motor protection class: IP44/ IP54 depending on unit; Terminal box protection class: IP55. Device can be connected to pull air directly from ventilated room or air duct system. Not suitable for polluted air or volatile and explosive gases. Electronic voltage controller (phase cut). Voltage controlled speed controller. VSV I 3 4 Phase Number of motor axles Nominal impeller diameter Insulated version Product name Accessories Single phase speed controller Three phase speed controller Single phase speed controller Roof curb Roof curb Flange-adapter TGRV p. 7 TGRT p. 7 ETY/MTY p. 8 KS-K p.33 KSP-K p. 34 FSV p

2 ømx4 ødx n Type Dimensions [mm] A B C H øm D ød n VSV M VSV M VSV M VSV M VSV M VSV M VSV M VSV M VSV M Type Dimensions [mm] A B C H øm D ød n VSVI M VSVI M VSVI M VSVI M VSVI M VSVI M VSVI M VSVI M Type Accessories TGRV TGRT ETY/MTY KS-K KSP-K FSV SV ATS Main switch VSV -S,5 -,5 BWS36 Y TPN VSV/VSVI 3-4,5 -, BWS36 Y TPN VSV/VSVI BWS36 Y TPN VSV/VSVI ,5 355/ / / 355/ BWS36 Y TPN VSV/VSVI / / / 355/ BWS36 Y TPN VSV/VSVI / / / 355/ BWS36 Y TPN VSV/VSVI / / / 355/ BWS36 Y TPN VSV/VSVI / 450/ / 355/ BWS36 Y TPN VSV/VSVI / 450/ / 355/ BWS36 Y TPN VSV/VSVI / 450/ / 355/ BWS36 Y TPN VSV/VSVI / 450/ / 355/ BWS36 Y TPN VSV/VSVI / 450/ / 355/ BWS36 Y TPN VSV/VSVI / 450/ / 355/ BWS36 Y TPN VSV/VSVI / / / /630 BWS36 Y TPN VSV/VSVI / / / /630 BWS36 Y TPN VSV/VSVI / / / /630 BWS36 Y TPN VSV/VSVI / / / /630 BWS36 Y TPN VSV/VSVI / / / /630 BWS36 Y TPN VSV/VSVI BWS36 Y TPN VSV/VSVI BWS36 Y TPN Flexible connection Back draft shutter Main switch SV p. 36 ATS p. 35 Main switch p. 64 8

3 VSV -S V -S, k k 4 k 8 k Inlet Outlet Surrounding Measured at 55 m 3 /h, 00 Pa VSV/VSVI V 0V VSV 3-4 VSVI 3-4, k k 4 k 8 k Inlet Outlet Surrounding Measured at 5 m 3 /h, 00 Pa, k k 4 k 8 k Inlet Outlet Surrounding Measured at 5 m 3 /h, 00 Pa 40V 30V VSV/VSVI VSV VSVI 3-4 3, k k 4 k 8 k Inlet Outlet Surrounding Measured at 706 m 3 /h, 75 Pa, k k 4 k 8 k Inlet Outlet Surrounding Measured at 706 m 3 /h, 75 Pa 8

4 - -S Voltage/Frequency [V/] 30/50 30/50 30/50 400/50 Power consumption [kw] 0,3 0,85 0,83 0,53 Current [A],00 0,8 0,83 0,35 Speed [min - ] Capacitor [µf] Max. airflow [m 3 /h] Min./Max. air temperature [ C] -5/60-5/50-5/60-5/60 Weight [kg] 8,3 8, 9/6 9/6 Wiring diagram No. 4 No. 3 No. No. Protection class: motor IP-44 IP-44 IP-44 IP-44 terminal box IP-55 IP-55 IP-55 IP-55 Comply with ERP VSV/VSVI V 0V VSV V, 30V k k 4 k 8 k Inlet Outlet Surrounding Measured at 30 m 3 /h, 4 Pa VSVI 355-4, k k 4 k 8 k Inlet Outlet Surrounding Measured at 30 m 3 /h, 4 Pa VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 78 m 3 /h, 0 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 78 m 3 /h, 0 Pa The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan. 83

5 VSV/VSVI V 0V VSV V, 30V k k 4 k 8 k Inlet Outlet Surrounding Measured at 897 m 3 /h, 60 Pa VSVI 400-4, k k 4 k 8 k Inlet Outlet Surrounding Measured at 897 m 3 /h, 60 Pa VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 3009 m 3 /h, 45 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 3009 m 3 /h, 45 Pa Voltage/Frequency [V/] 30/50 400/50 30/50 400/50 Power consumption [kw] 0,70 0,43 0,45 0,436 Current [A],3 0,48,5 0,8 Speed [min - ] Capacitor [µf] Max. airflow [m 3 /h] Min./Max. air temperature [ C] -5/60-5/60-5/60-5/60 Weight [kg] 3/39 3/38 33/4 3/4 Wiring diagram No. No. No. No. Protection class: motor IP-54 IP-54 IP-54 IP-54 terminal box IP-55 IP-55 IP-55 IP-55 Comply with ERP The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan.

6 VSV/VSVI V 0V VSV V, 30V k k 4 k 8 k Inlet Outlet Surrounding Measured at 4 m 3 /h, 8 Pa VSVI 450-4, k k 4 k 8 k Inlet Outlet Surrounding Measured at 4 m 3 /h, 8 Pa VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 499 m 3 /h, 0 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 499 m 3 /h, 0 Pa VSV/VSVI VSV 450-6, 30V k k 4 k 8 k Inlet Outlet Surrounding Measured at 87 m 3 /h, 6 Pa VSVI 450-6, k k 4 k 8 k Inlet Outlet Surrounding Measured at 87 m 3 /h, 6 Pa The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan. 85

7 VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 033 m 3 /h, 50 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 033 m 3 /h, 50 Pa Voltage/Frequency [V/] 30/50 400/50 30/50 400/50 Power consumption [kw] 0,68 0,65 0,43 0,67 Current [A],87,3,06 0,6 Speed [min - ] Capacitor [µf] - - Max. airflow [m 3 /h] Min./Max. air temperature [ C] -5/60-5/55-5/60-5/55 Weight [kg] 50/6,5 48/6 48,56,5 47/59,5 Wiring diagram No. No. No. No. Protection class: motor IP-54 IP-54 IP-54 IP-54 terminal box IP-55 IP-55 IP-55 IP-55 Comply with ERP VSV/VSVI -4 3 VSV -4 3 VSVI -4 3, k k 4 k 8 k Inlet Outlet Surrounding Measured at 673 m 3 /h, 50 Pa, k k 4 k 8 k Inlet Outlet Surrounding Measured at 673 m 3 /h, 50 Pa 86 The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan.

8 VSV/VSVI -6 3 VSV -6 3, k k 4 k 8 k Inlet Outlet Surrounding Measured at 35 m 3 /h, 37 Pa VSVI -6 3, k k 4 k 8 k Inlet Outlet Surrounding Measured at 35 m 3 /h, 37 Pa VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 9047 m 3 /h, 5 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 9047 m 3 /h, 5 Pa VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 4773 m 3 /h, 69 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 4773 m 3 /h, 69 Pa The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan. 87

9 Voltage/Frequency [V/] 400/50 400/50 400/50 400/50 Power consumption [kw],4 0,388,798 0,68 Current [A],3 0,79 3,47,09 Speed [min - ] Max. airflow [m 3 /h] Min./Max. air temperature [ C] -5/55-5/60-5/50-5/40 Weight [kg] 55,5/65 49/59 90,5/09 80/98 Wiring diagram No. No. No. No. Protection class: motor IP-54 IP-54 IP-54 IP-54 terminal box IP-55 IP-55 IP-55 IP-55 Comply with ERP VSV/VSVI VSV VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 4077 m 3 /h, 4 Pa, k k 4 k 8 k Inlet Outlet Surrounding Measured at 4077 m 3 /h, 4 Pa VSV/VSVI VSV VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 8003 m 3 /h, 0 Pa, k k 4 k 8 k Inlet Outlet Surrounding Measured at 8003 m 3 /h, 0 Pa 88 The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan.

10 VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 5 m 3 /h, 59 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 5 m 3 /h, 59 Pa VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 90 m 3 /h, 60 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 90 m 3 /h, 60 Pa VSV/VSVI VSV , k k 4 k 8 k Inlet Outlet Surrounding Measured at 8948 m 3 /h, 00 Pa VSVI , k k 4 k 8 k Inlet Outlet Surrounding Measured at 8948 m 3 /h, 00 Pa The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan. 89

11 Voltage/Frequency [V/] 400/50 400/50 400/50 400/50 400/50 Power consumption [kw] 4,37,40 0,393,00 0,99 Current [A] 7,8,73 0,9 3,9,93 Speed [min - ] Max. airflow [m 3 /h] Min./Max. air temperature [ C] -5/50-5/60-5/60-5/40-5/40 Weight [kg] 4/40 09/3,5 0/7,5 56/07 47,5/98,5 Wiring diagram No. No. No. No. No. Protection class: motor IP-54 IP-54 IP-54 IP-54 IP-54 terminal box IP-55 IP-55 IP-55 IP-55 IP-55 Comply with ERP Wiring diagram No. (~30V) Z Z TK TK - brown - blue Z - black Z - orange TK - white - yellow-green N TK TK W V V W 3 Wiring diagram No. ( 3~30V) - brown V - blue W - black - red V - grey W - orange TK - white - yellow-green Wiring diagram No. ( Y 3~) TK TK W V V W 3 - brown V - blue W - black - red V - grey W - orange TK - white - yellow-green Wiring diagram No. 3 (~30V) GNYE BK B BN N GNYE - green-yellow BK - black B - blue BN - brown - yellow-green N TB Z N Wiring diagram No. 4 (~30V) - blue or grey Z - black TB - brown - yellow-green N 90 The fan characteristic curves were determined in accordance with EN ISO 580. The sound levels were determined in accordance with DIN resp. ISO 3744 at a distance of m from the fan.